Method 2:Now attach a string to the puck and run it over the pulley to a mass hanger as shown in the2nd figure at right. You set-up should allows you to set the angle and leave the apparatusfixed at...

Method 2:Now attach a string to the puck and run it over the pulley to a mass hanger as shown in the2nd figure at right. You set-up should allows you to set the angle and leave the apparatusfixed at that angle for several minutes (see 3rd and 4th figures at right). You will use an angleof 60.0°. Make sure your design can accommodate all of these angles.Once you have your appratus set-up, ensure that the string is parallel to the board bymaking adjustments to the pulley. For each angle, determine the largest possible hangingmass that can be used without causing the puck to slip. Select a significatnly larger value ofm2. The blocks should slide. Release the system from rest and record the elapsed time forthe puck to travel a known distance. Use this information to determine a value of μk for eachangle. Note: if the puck is travelling quickly, try to use as long a distance as possible.